JMM ex EOST

Acquisition - Amplitudes - Anisotropie - Migration - Mines - Monitoring - Multiples - Ondes S - Physique des roches - Proche surface - Propagation - Puits - Réservoir - Signal - Vitesses

Acquisition marine

• Raknes E.B. et al. (2023) New wiggles from old cables: Acquisition, cable, and data aspects
• Bachrach R. et al. (2023) New wiggles from old cables: Data processing and imaging considerations
• Girard,A. J. Shragge, and B. Olofsson, (2023) Low-frequency ambient ocean-bottom node surface-wave seismology: A Gulf of Mexico case history

• Charron, P., E. L'Arvor, J. Fasterling, and G. Richard, (2022), Super-sparse marine 3D: A game changer for seismic exploration
• Ourabah A. and A. Chatenay (2022), Unlocking ultra-high-density seismic for CCUS applications by combining nimble nodes and agile source technologies
• Durussel, V., D. Bai, A. Baharvand Ahmadi, S. Downie, and K. Millis, (2022), The value of very low frequencies and far offsets for seismic data in the Permian Basin: Case study on a new dense survey from the Central Basin Platform
• White,D., G. Bellefleur, K. Dodds, and Z. Movahedzadeh, (2022), Toward improved distributed acoustic sensing sensitivity for surface-based reflection seismics: Configuration tests at the Aquistore CO2 storage site

• Kittinat T., M. Landrø, J.K. Brenne, and A. Haukanes, (2021), Distributed acoustic sensing for near-surface imaging using submarine telecommunication cable: A case study in the Trondheimsfjord, Norway
• Hlebnikov, V., T. Elboth, V. Vinje, and L.-J. Gelius, (2021), Noise types and their attenuation in towed marine seismic: A tutorial
• Morozov A.K., (2021), Underwater ultra-low frequency seismic source

• Haavik, K., (2020), Extended use of receiver groups: Theory, synthetic example, and noise considerations
• Orji, O., W. Söllner et al., (2020), The music of marine seismic: A marine vibrator system based on folded surfaces
• Aharchaou M. and E. Neumann, (2020), An integrated broadband preprocessing method for towed-streamer seismic data

• Johansen T., B. Ruud, and G. Hope (2019). Seismic on floating ice on shallow water: Observationsand modeling of guided wave modes

• Mueller, M.B., D.F. Halliday, D. van Manen, and J. O. A. Robertsson (2018). Source signature encoding of a vertical source array to separate the emitted direct wave from its ghost

• Amundsen, L., O. Pedersen, A. Osen, J. O. A. Robertsson, and M. Landrø (2017). Broadband seismic over/under sources and their designature-deghosting
• Haavik K. and M. Landrø (2017). Variable source depth acquisition for (an overall) improved signal-to-noise ratio in marine broadband seismic data: A modeling study.
• Dao T. and M. Landrø (2017). Streamer depth versus vessel and seismic interference noise
• Amundsen, L., H. Westerdahl, Å. Pedersen, M. Thompson, and M. Landrø (2017). On firing an air gun very shallow

• Haavik K.E. and M. Landrø (2016). Estimation of source signatures from air guns fired at various depths: A field test of the source scaling law.
• Kumar, A., G. Blacquière, M. W. Pedersen, and A. Goertz (2016). Full-wavefield marine survey design using all multiples.
• Agudo, O., P. Caprioli, and D. van Manen (2016). A spatially compact source designature filter

• Haavik K.E. and M. Landrø (2015). Variable source depth acquisition for improved marine broadband seismic data

• Landrø, M. and Amundsen, L. (2014). Is it optimal to tow air guns shallow to enhance low frequencies?
• Barker, D. and Landrø, M. (2014). An alternative method for modeling close-range interactions between air guns

• Soubaras, R. and Lafet, Y. (2013). Variable-depth streamer acquisition: Broadband data for imaging and inversion
• Mandroux F., B. S. Ong, C.-O. Ting, S. Mothi, T. Huang and Y. Li (2013). Broadband, long-offset, full-azimuth, staggered marine acquisition in the Gulf of Mexico
• Barker, D. and Landrø, M. (2013). Estimation of bubble time period for air-gun clusters using potential isosurfaces.

• Orji, O.C., W. Söllner, and L.-J. Gelius, 2012, Effects of time-varying sea surface in marine seismic data
• Barker D. and M. Landrø, 2012, Simple expression for the bubble-time period of two clustered air guns
• Ronen, S., Kandilarov, A., Massacand, C., Mattocks, B., Paillet, J., Roger, G., and Rokkan, A. (2012). Onboard data quality control and processing for ocean-bottom nodes

• Landrø, M., L. Amundsen, and D. Barker, 2011, High-frequency signals from air-gun arrays

• Soubaras, R., and R. Dowle, 2010, Variable-depth streamer—A broadband marine solution
• Breitzke M. and T. Bohlen, 2010, Modelling sound propagation in the Southern Ocean to estimate the acoustic impact of seismic research surveys on marine mammals
• Long A., 2010, An overview of seismic azimuth for towed streamers
• Olofsson, B., 2010, Marine ambient seismic noise in the frequency range 1–10 Hz
• Ghosh, M. F. Halim, M. Brewer, B. Viratno, and N. Darman, 2010, Geophysical issues and challenges in Malay and adjacent basins from an E&P perspective
• Kabir, N., K. Lee, W. Rietveld, B. Barley, J. Keggin, and G. Johnson, 2010, Multiazimuth versus wide-azimuth acquisition designs for sub-Messinian imaging: A finite-difference modeling study in West Nile Delta, Egypt
• Kragh, E., E. Muyzert, T. Curtis, M. Svendsen, and D. Kapadia, 2010, Efficient broadband marine acquisition and processing for improved resolution and deep imaging
• Goutorbe B. and V. Combier, 2010, On the reconstruction of the shape of a seismic streamer
• Elboth, T., D. Lilja, B. A. P. Reif, and O. Andreassen, 2010, Investigation of flow and flow noise around a seismic streamer cable
• Brown R.J., 2010, Acquisition footprints and seafloor coupling in multicomponent OBC seismic data

• Vermeer, G., 2009, Wide-azimuth towed-streamer data acquisition and simultaneous sources
• Elboth, T., B. A. P. Reif, and O. Andreassen, 2009 Flow and swell noise in marine seismic data

• Pharez, S., N. Hendrick, and R. Tenghamn, 2008, First look at seismic data from a towed dual-sensor streamer
• Moldoveanu, N., J. Kapoor, and M. Egan, 2008, Full-azimuth imaging using circular geometry acquisition
• Breitzke, M., O. Boebel, S. El Naggar, W. Jokat, B. Werner, 2008, Broad-band calibration of marine seismic sources used by R/V Polarstern for academic research in polar regions
• Lindwall, D., 2008, 3D underwater imaging using vector acoustic sensors

• Carlson, D., A. Long, W. Söllner, H. Tabti, R. Tenghamn, and N. Lunde, 2007, Increased resolution and penetration from a towed dual-sensor streamer First Break, 25, 71–77.
• Barley B. and T. Summers, 2007, Multi-azimuth and wide-azimuth seismic: Shallow to deep water, exploration to production
• Corcoran, C., C. Perkins, D. Lee, P. Cattermole, R. Cook, and N. Moldoveanu, 2007, A wide-azimuth streamer acquisition pilot project in the Gulf of Mexico
• Michell, S., J. Sharp, and D. Chergotis, 2007, Dual-azimuth versus wide-azimuth technology as applied in subsalt imaging of Mad Dog Field—a case study
• Howard, M., 2007, Marine seismic surveys with enhanced azimuth coverage: Lessons in survey design and acquisition
• Beaudoin G. and A. A. Ross, 2007, Field design and operation of a novel deepwater, wide-azimuth node seismic survey
• Clarke, R., G. Xia, N. Kabir, L. Sirgue, and S. Michell, 2007, Processing of a novel deepwater, wide-azimuth node seismic survey
• Manning, T., N. Shane, C. Page, B. Barley, W. Rietveld, and J. Keggin, 2007, Quantifying and increasing the value of multi-azimuth seismic
• Moldoveanu, N., L. Combee, M. Egan, G. Hampson, L. Sydora, and W. Abriel, 2007, Over/under towed-streamer acquisition: A method to extend seismic bandwidth to both higher and lower frequencies
• Stewart, J., A. Shatilo, C. Jing, T. Rape, R. Duren, K. Lewallen, and G. Szurek, 2007, A comparison of streamer and OBC seismic data at Beryl Alpha field, U. K. North Sea

• Dorman L. and A. W. Sauter, 2006, A reusable implosive seismic source for midwater or seafloor use

• Bouska J. and R. Johnston, 2005, The first 3D/4-C ocean bottom seismic surveys in the Caspian Sea: Acquisition design and processing strategy

• Hornman K., 2004, Data acquisition over the Lunskoye gas cloud
• Gettrust, J.F., W. T. Wood, and S. E. Spychalski, 2004, High-resolution MCS in deepwater

• Calvert, A., E. Ekstrand, B. McLain, J. Etgen, F. Billette, V. Sen, C. Regone, T. Byrd, M. Truxillo, S. Young, and Y. Cobo, 2003, Pushing the limits of resolution at Holstein: A case history from the deepwater Gulf of Mexico
• Eiken, O., G. U. Haugen, M. Schonewille, and A. Duijndam, 2003, A proven method for acquiring highly repeatable towed streamer seismic data

• Sukup D.V., 2002, Wide-azimuth marine acquisition by the helix method
• Nyland D.L., 2002, Water column pressures induced by vibrators operating on floating ice
• Caldwell J., 2002, Does air-gun noise harm marine mammals?

• Dragoset, B., 2000, Introduction to air guns and air-gun arrays
• Caldwell J., and W. Dragoset, 2000, A brief overview of seismic air-gun arrays
• Buffenmyer, V., M. Poulton and R. Johnson, 2000, Identification of seismic crew noise in marine surveys by neural networks
• Stephen, R.A., 2000, Ambient seismic noise below the deep seafloor

• Seaborne, R., H. Shah, P. Strachowski and J. Willington, 1999, An unusual noise source: Whales
• Ikelle L.T. and R.J. Wilson, 1999, Potential impacts of vertical cable (VC)
• Gikas V. and P. A. Cross, 1999, Reliability analysis in dynamic systems: Implications for positioning marine seismic networks

• Huard, I. and S. Spitz, 1998, Filling gaps in the coverage of 3-D marine acquisition
• Brink M. and S. Ronen, 1998, Coverage and binning issues for marine seismic surveys
• Ziolkowski, A., 1998, Measurement of air-gun bubble oscillations

• Barr, F.J., 1997, Dual-sensor OBC technology
• Ryu J.V., 1997, Seeing through seismically difficult rocks unconventionally
• Landrø, M., J. Langhammer and J. Martin, 1997, Damping of secondary bubble oscillations for towed air guns with a screen

• Lee, H.Y., B.K. Hyun and Y.-S. Kong, 1996, PC-based acquisition and processing of high-resolution marine seismic data
• Singh S.C. R. W. Hobbs and D. B. Snyder, 1996, Broadband receiver response from dual-streamer data and applications in deep reflection seismology

• Langhammer, J., M. Landro, J. Martin, and E. Berg, 1995, Air-gun bubble damping by a screen

• Johnson T.V., 1994, Understanding air gun bubble behavior
• Landro, M., J. Langhammer, R. Sollie, L. Amundsen and E. Berg, 1994, Source signature determination from ministreamer data

• Allenou J.P., F. Avedik, B. Morvan and V. Renard, 1993, 'Single bubble' air-gun array for deep exploration
• Landro M., B. Owren, S. Vaage and G. Zaalberg-Metselaar, 1993, Modeling of water-gun signatures

• Landrø M. and R. Sollie, 1992, Source signature determination by inversion

• Ziolkowski A. , 1991, Why don't we measure seismic signatures?

• Rendleman C.A. and F. K. Levin , 1990, Seismic exploration on a floating ice sheet

• Duren R.E. , 1988, A theory for marine source arrays

• Lynn, W., M. Doyle, K. Larner, and R. Marschall , 1987, Experimental investigation of interference from other seismic crews
• Dragoset, B., N. Hargreaves, and K. Larner , 1987, Air-gun source instabilities

• Fricke, J.R., J. M. Davis, and D. H. Reed , 1985, A standard quantitative calibration procedure for marine seismic sources
• Safar M.H. , 1985, Single water gun far-field pressure signatures estimated from near-field measurements

• Parkes, G.E., A. Ziolkowski, L. Hatton, and T. Haugland, 1984, The signature of an air gun array: Computation from near-field measurements including interactions - Practical considerations
• Tsai C.J., 1984, An analysis leading to the reduction of scattered noise on deep marine seismic records

• Ursin B., 1983, Spatial filtering of marine seismic data
• Jovanovich, D.B., R. D. Sumner, and S. L. Akins-Easterlin , 1983, Ghosting and marine signature deconvolution: A prerequisite for detailed seismic interpretation
• Levin F.K. , 1983, The effects of streamer feathering on stacking
• Larner, K. R. Chambers, M. Yang, W. Lynn, and W. Wai , 1983, Coherent noise in marine seismic data

• Ziolkowski, A., G. Parkes, L. Hatton, and T. Haugland , 1982, The signature of an air gun array: Computation from near-field measurements including interactions
• Larner, K. , D. Hale, S. M. Zinkham and C. Hewlitt , 1982, Desired seismic characteristics of an air gun source

• Brandsaæter, H. , A. Farestveit, and B. Ursin , 1979, A new high-resolution or deep penetration airgun array
• Arnold M.E. , 1978, Effect of hydrophone arrays on offshore Texas seismic signals
• Ibrahim A.K. and G. V. Latham , 1978, A COMPARISON BETWEEN SONOBUOY AND OCEAN BOTTOM SEISMOGRAPH DATA AND CRUSTAL STRUCTURE OF THE TEXAS SHELF ZONE
• Lofthouse J.H. and G. T. Bennett , 1978, EXTENDED ARRAYS FOR MARINE SEISMIC ACQUISITION
• Schoenberger M. and J. F. Mifsud , 1974, HYDROPHONE STREAMER NOISE
• Mayne W.H. and Roy G. Quay , 1971, SEISMIC SIGNATURES OF LARGE AIR GUNS

• Papadopoulo M. et al. (2023) Innovative land seismic investigations for CO2 geologic storage in Denmark

• Trickett S. (2022) In search of the vibroseis first arrival
• Wei, Z., J. Criss, R. Wang, and A. Clow, (2022), A new generation low-frequency seismic vibrator
• Näsholm, S.P., K. Iranpour, A. Wuestefeld, B.D.E. Dando, A.F. Baird, V. Oye, (2022), Array Signal Processing on Distributed Acoustic Sensing Data: Directivity Effects in Slowness Space

• Bakulin, A., I. Silvestrov, and R. Pevzner, (2020), Surface seismics with DAS: An emerging alternative to modern point-sensor acquisition
• Cordery, S. (2020), An effective data processing workflow for broadband single-sensor single-source land seismic data

• Manning, T., D. Ablyazina, and J. Quigley, (2019), The nimble node — Million-channel land recording systems have arrived

• Naderyan, V., C. J. Hickey, and R. Raspet (2016), Wind-induced ground motion

• Dean, J. C. Dupuis, and R. Hassan (2015). The coherency of ambient seismic noise recorded during land surveys and the resulting implications for the effectiveness of geophone arrays

• Dean, T. (2014), The use of pseudorandom sweeps for vibroseis surveys.

• Wei, Z. and Phillips, T. (2013). Enhancing the low-frequency amplitude of ground force from a seismic vibrator through reduction of harmonic distortion

• Gibson, J., F. Lin, A. Egreteau, J. Meunier, and M. Lansley, 2010, The case for longer sweeps in vibrator acquisition
• Wei Z. and T. F. Phillips, 2010, Harmonic distortion reduction on seismic vibrators
• Wei, Z., T. F. Phillips, and M.A. Hall, 2010, Fundamental discussions on seismic vibrators
• Sallas. J.J., 2010, How do hydraulic vibrators work? A look inside the black box
• Ziolkowski A., 2010, Review of vibroseis data acquisition and processing for better amplitudes: adjusting the sweep and deconvolving for the time-derivative of the true groundforce
• Nagarajappa, N., D. Wilkinson, 2010, Source measurement effect on high fidelity vibratory seismic separation
• Saragiotis, C., P. Scholtz, C. Bagaini, 2010, On the accuracy of the ground force estimated in vibroseis acquisition
• Bagaini C., 2010, Acquisition and processing of simultaneous vibroseis data
• Blair, D., 2010, Seismic radiation from an explosive column

• Wei, Z., 2009, How good is the weighted-sum estimate of the vibrator ground force?
• Checa, J., C. Duque, H. Alfonso, E. Chalar, D. Pastore, and C. Pedraza, 2009, Mountain-front seismic acquisition and processing
• Qun, S., D. Bin, Z. Bo, C. Jian, G. Deng, G. Dong, Y. Hui, and L. Cheng, 2009, Seismic acquisition with digital point receivers and prestack reservoir characterization at China's Sulige gas field
• Saenger, E.H., S. M. Schmalholz, M.-A. Lambert, T. T. Nguyen, A. Torres, S. Metzger, R. M. Habiger, T. Müller, S. Rentsch, and E. Méndez-Hernández, 2009 A passive seismic survey over a gas field: Analysis of low-frequency anomalies
• Buddensiek, M.L., C. M. Krawczyk, N. Kukowski, and O. Oncken, 2009 Performance of piezoelectric transducers in terms of amplitude and waveform

• Lansley, M. M. Laurin, and S. Ronen, 2008, Modern land recording systems: How do they weigh up?
• Hons, M.S., R. R. Stewart, D. C. Lawton, M. B. Bertram, and G. Hauer, 2008, Field data comparisons of MEMS accelerometers and analog geophones
• Bagaini C., 2008, Low-frequency vibroseis data with maximum displacement sweeps
• Postel, J.-J., J. Meunier, T. Bianchi, and R. Taylor, 2008, V1: Implementation and application of single-vibrator acquisition
• Mehta, K., R. Snieder, R. Calvert, and J. Sheiman, 2008, Acquisition geometry requirements for generating virtual-source data
• Baeten G. and H. van der Heijden, 2008, Improving S/N for high frequencies

• Benabentos, M., F. Ortigosa, N. Moldoveanu, and P. Munoz, 2006, Cascaded sweeps—A method to improve vibroseis acquisition efficiency: A field test
• Krohn C. E. and M. L. Johnson, 2006, HFVS^TM: Enhanced data quality through technology integration
• Drijkoningen, G.G., F. Rademakers, E. C. Slob, and J. T. Fokkema, 2006, A new elastic model for ground coupling of geophones with spikes
• Lebedev, A.V., I. A. Beresnev, and P. L. Vermeer, 2006, Model parameters of the nonlinear stiffness of the vibrator-ground contact determined by inversion of vibrator accelerometer data
• Craig M.S. and R. L. Genter, 2006, Geophone array formation and semblance evaluation

• Gibson, J., R. Burnett, S. Ronen, and H. Watt, 2005, MEMS sensors: Some issues for consideration

• Cooper N., 2004, Designing land 3D programs for signal, noise, and prestack migration
• Mougenot D. and N. Thorburn, 2004, MEMS-based 3D accelerometers for land seismic acquisition: Is it time?
• Lebedev A.V. and I. A. Beresnev, 2004, Nonlinear distortion of signals radiated by vibroseis sources

• Cordsen A. and M. Galbraith, 2002, Narrow- versus wide-azimuth land 3D seismic surveys
• Hoffe, B.H., G. F. Margrave, R.R. Stewart, D. S. Foltinek, H. C. Bland, and P. M. Manning, 2002, Analyzing the effectiveness of receiver arrays for multicomponent seismic exploration
• Curtis A. and J.O. A. Robertsson, 2002, Volumetric wavefield recording and wave equation inversion for near-surface material properties
• Ramos-Martínez J. and G.A. McMechan , 2002, Full wavefield inversion to estimate impact-source orientation from multicomponent land seismic data

• Morrice, D.J., A. S. Kenyon and C. J. Beckett, 2001, Optimizing operations in 3-D land seismic surveys
• Gulati, J.S., R. R. Stewart and B. H. Hoffe, 2001, Vertical hydrophone cable acquisition and imaging on land
• Aritman B.C., 2001, Repeatability study of seismic source signatures
• Hamarbitan N.S. and G. F. Margrave, 2001, Spectral analysis of a ghost

• Drijkoningen, G.G., 2000, The usefulness of geophone ground-coupling experiments to seismic data

• Burger, P., B. Duijndam and D. Wasmuth, 1999, Marine production levels in land 3-D seismic
• Deletang B. and J.J. Postel, 1999, How to meet the "cheaper, faster, better" challenge

• Mcginn A. and B. Duijndam, 1998, Land seismic data quality improvements
• Burger, P., R. Garotta and P.Y. Granger, 1998, Improving resolution and seismic quality assurance through field preprocessing
• Wams, J. and J. Rozemond, 1998, Recent developments in 3-D acquisition techniques using vibroseis in Oman
• Foster, M.S., S. J. Price, G. S. Hill, C. Duque, D. Ellis and R. W. Stephenson, 1998, A breakthrough in the quality of seismic data from the fold belt of Papua New Guinea
• Liu H.P. and R. E. Warrick, 1998, Effect of cable capacitance on in-situ borehole geophone calibration

• Li X.P., 1997, Decomposition of vibroseis data by the multiple filter technique

• Yokoi T., 1996, Numerical study on the generation of downgoing S-waves by a vertical force acting close to a step-like topography
• Steer D.N., L. D. Brown, J. H. Knapp and D. J. Baird, 1996, Comparison of explosive and Vibroseis source energy penetration during COCORP deep seismic reflection profiling in the Williston Basin
• Wu J., 1996, Potential pitfalls of crooked-line seismic reflection surveys
• Park C.B., R. D. Miller, D. W. Steeples and R. A. Black, 1996, Swept impact seismic technique (SIST)

• Li X.P., W. Sollner and P. Hubral, 1995, Elimination of harmonic distortion in Vibroseis data

• Ziolkowski A., 1993, Determination of the signature of a dynamite source using source scaling, part I: Theory
• Bokhorst K. and A. Ziolkowski, 1993, Determination of the signature of a dynamite source using source scaling, part II: Experiment
• Ata E.Z., D. Corrigan, J. E. Gaiser and G. A. McMechan, 1993, Estimation of near-surface elastic parameters using multicomponent seismic data
• Amos S., M. Kohli and J. K. O'Connell, 1993, Bullwinkle: A unique 3-D experiment
• Owen T.E. and J. O. Parra, 1993, Comparison of high-resolution wax-embedded and pneumatically coupled borehole seismic detectors
• Ballard R.F., Jr., K. L. Hambacker and R. D. Rechtien, 1993, A high-frequency sparker source for the borehole environment

• Okaya, D.A., E. Karageorgi, T. V. McEvilly, and P. E. Malin , 1992, Removing vibrator-induced correlation artifacts by filtering in frequency-uncorrelated time space

• Fontana P.M. and T.-A. Haugland , 1991, Compact sleeve-gun source arrays

• Levin F.K. , 1989, The effect of geophone arrays on random noise
• Aldridge D.F. , 1989, Statistically perturbed geophone array responses
• Okaya D.A. and C. M. Jarchow , 1989, Extraction of deep crustal reflections from shallow Vibroseis data using extended correlation
• Berni A.J. and W. L. Roever , 1989, Field array performance: Theoretical study of spatially correlated variations in amplitude coupling and static shift and case study in the Paris Basin
• Morse P.F. and G. F. Hildebrandt , 1989, Ground-roll suppression by the stackarray

• Cliet C. and M. Dubesset , 1987, Three-component recordings: Interest for land seismic source study
• Hardee, H.C., G. J. Elbring, and B. N. P. Paulsson , 1987, Downhole seismic source
• Schrodt J.K. , 1987, Techniques for improving Vibroseis data

• Belcher, S.W., T. L. Pratt, J. K. Costain, and C. Çoruh , 1986, Alternative processing techniques and data improvement provided by single-sweep recording
• Mayer J.R. and L. D. Brown , 1986, Signal penetration In the COCORP Basin and Range-Colorado Plateau survey
• Jalinoos F. and J. E. White , 1986, Wave propagation from an explosive source

• Lash C.C. , 1985, Shear waves produced by explosive sources
• Tan T.H. , 1985, The elastodynamic field of N interacting vibrators
• Davis T.L. and D. C. Lawton , 1985, Field testing of explosive surface seismic sources in the Canadian thrust belt
• MacArthur A. , 1985, Geophone frequency calibration and laser verification

• Biswell, D.E., L. F. Konty, and A. L. Liaw, 1984, A geophone subarray beam-steering process
• Sallas J.J., 1984, Seismic vibrator control and the downgoing P-wave
• Krohn C.E., 1984, Geophone ground coupling

• Coruh C. and J. K. Costain , 1983, Noise attenuation by Vibroseis whitening (VSW) processing
• Stoffa P.L. and A. Ziolkowski , 1983, Seismic source decomposition

• Bickel S.H. , 1982, The effects of noise on minimum-phase Vibroseis deconvolution
• Robinson D.K. and M.I. Al-Husseini , 1982, Technique for reflection prospecting in the Rub' Al-Khali
• Edelmann H.A.K. and H. Werner , 1982, The encoded sweep technique for Vibroseis

• Chapman, W.L., G. L. Brown, and D. W. Fair , 1981, The Vibroseis system: A high-frequency tool

• Cunningham A.B. , 1979, Some alternate vibrator signals
• Goupillaud P.L. , 1976, SIGNAL DESIGN IN THE "VIBROSEIS" TECHNIQUE
• Jolly R.N. and J. F. Mifsud, 1971, EXPERIMENTAL STUDIES OF SOURCE-GENERATED SEISMIC NOISE

• Naghizadeh M. (2015). Double-weave 3D seismic acquisition — Part 2: Seismic modeling and subsurface fold analyses
• Coles, D., M. Prange, and H. Djikpesse (2015). Optimal survey design for big data.

• Gray, S. (2013). Spatial sampling, migration aliasing, and migrated amplitudes

• Mahdad, A., P. Doulgeris, and G. Blacquiere, 2011, Separation of blended data by iterative estimation and subtraction of blending interference noise

• Vermeer G.J.O., 2010, 3D symmetric sampling of sparse acquisition geometries

• Monk D.J., 2009, Fresnel zone binning: Application to 3D seismic fold and coverage assessments
• Trad D., 2009, Five-dimensional interpolation: Recovering from acquisition constraints

• Veldhuizen, E. J. van, G. Blacquière, and A. J. Berkhout, 2008, Acquisition geometry analysis in complex 3D media
• Panea I. and G. Drijkoningen, 2008, The spatial data-adaptive minimum-variance distortionless-response beamformer on seismic single-sensor data
• Tashmukhambetov, A.M., G. E. Ioup, J. W. Ioup, N. A. Sidorovskaia, and J. J. Newcomb, 2008, Three-dimensional seismic array characterization study: Experiment and modeling
• Askeland, B., H. Hobæk, and R. Mjelde, 2008, Semiperiodic chirp sequences reduce autocorrelation side lobes of pulsed signals

• Ramsden, C., G. Bennett, and A. Long , 2005, High-resolution 3D seismic imaging in practice

• Galbraith M., 2004, A new methodology for 3D survey design
• Long A., 2004, Postsurvey calibration of 3D seismic results to presurvey modeling predictions
• Lansley R.M., 2004, CMP fold: A meaningless number?

• Gibson, R.L. and C. Tzimeas, 2002, Quantitative measures of image resolution for seismic survey design
• Gesbert S., , 2002, From acquisition footprints to true amplitude

• Savage J.E. and J.C. Mathewson, 2001, Prediction of 3-D seismic footprint from existing 2-D data
• Schuster G.T and Z. Liu, 2001, Seismic array theorem and rapid calculation of acquisition footprint noise
• Kerekes, A.K., 2001, Seismic array design by spatial convolution
• Berkhout, A.J., L. Ongkiehong, A.W.F. Volker and G. Blacquière, 2001, Comprehensive assessment of seismic acquisition geometries by focal beams Part I: Theoretical considerations
• Volker, A.W.F., G. Blacquière, A. J. Berkhout and L. Ongkiehong, 2001, Comprehensive assessment of seismic acquisition geometries by focal beams Part II: Practical aspects and examples

• Curtis, A. and H. Maurer, 2000, Optimizing the design of geophysical experiments: Is it worthwhile?
• Bear, G., C.P. Lu, R. Lu, D. Willen and I. Watson, 2000, The construction of subsurface illumination and amplitude maps via ray tracing
• Donze, T.W. and J. Crews, 2000, Moving shots on a 3-D seismic survey: The good, the bad, and the ugly (or How to shoot seismic without shooting yourself in the foot!)
• Ebrom D. and X. Li, 2000, Facilitating technologies for permanently instrumented oil fields
• Newman, B.J., 2000, Spatial aliasing and 3-D size: The quest for cleaner, cheaper data

• Hill, S., Shultz, M. and Brewer, J., 1999, Acquisition footprint and fold-of-stack plots

• Vermeer, G.J.O., 1998, 3-D symmetric sampling in theory and practice
• Meldahl, P., 1998, Survey evaluation and design: Prediction of resolution versus line interval
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